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Series Circuit Problems W KST

The worksheet provides problems related to series circuits, emphasizing that current is constant throughout the circuit while voltage drops across resistors add up to the total voltage. It includes calculations for total resistance, current, and voltage for various resistor configurations. The document serves as a practical exercise for understanding the principles of series circuits in physics.

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lcarter1839829
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55 views1 page

Series Circuit Problems W KST

The worksheet provides problems related to series circuits, emphasizing that current is constant throughout the circuit while voltage drops across resistors add up to the total voltage. It includes calculations for total resistance, current, and voltage for various resistor configurations. The document serves as a practical exercise for understanding the principles of series circuits in physics.

Uploaded by

lcarter1839829
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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Worksheet- Series Circuit Problems, Episode 903 Name ________________

Remember that in a series circuit:


 the current in every part of the circuit (is the same, adds up).

 the voltage supplied by the battery is the _______ voltage of the circuit, and the

voltage drops across each resistor (is the same, adds up to) the total voltage.
 to calculate total resistance, (add, use reciprocals).

R1 = 10 R1 = 6

R2 = 14
90v 60v
R2 = 20
R3 = 10

RT= _____ IT = _____ RT= _____ IT = _____


I1 = _____ I2 = _____ I1 = _____ I2 = _____ I3 = _____
V1 = _____ V2= _____ V1 = _____ V2= _____ V3 = _____

R1 = 5
5a
R1 = 10 R2
75v
25v R2 = 15

5a

V1 = _____ I2 = _____ R2 = _____ V1 = _____ V2= _____ VT = _____

R1
R1 = 5

R2
R2 = 3
40v
20v 10v
20v
R3 = 2

R3 = 10
RT = _____ IT = _____ I3 = _____ I1 = _____ V1 = _____
V1 = _____ V2= _____ V3 = _____ R1 = _____ R2 = _____

PHYSICSFundamentals
© 2004, GPB

9-10

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